Modular Turret Standard Shell Interchangeable Modules
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Solution Overview
Problem
Current turret designs for armored vehicles are typically non-interchangeable and non-modular, requiring a complete redefinition of the structural architecture for each new user or mission, limiting modularity and interchangeability of components.
Innovation Solution
A modular turret system featuring a standard and interchangeable shell with interface means for attaching various functional modules and systems, including cannon modules, ammunition storage, and observation systems, allowing for flexible configuration without modifying the structural and functional aspects of the shell.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a turret is designed as a single optimized structure for specific parameters, then the performance for those specific parameters is improved, but the modularity and interchangeability with other turrets is reduced
Solution Approach 1:
The turret is divided into a common base structure and interchangeable mission-specific modules. The base structure contains shared components (crew compartment, basic systems), while mission modules (different cannons, ammunition types, observation systems) can be attached and detached. This segmentation allows the turret to maintain optimized performance for specific missions while enabling interchangeability between different mission configurations.
Solution Approach 2:
The common base structure is designed with universal interfaces and standardized mounting points that can accommodate multiple types of mission modules. This universal design allows a single base structure to support various cannon calibers, ammunition types, and observation systems, enabling the same turret platform to perform multiple different missions by simply changing the attached modules.
2Reliability
If a turret is designed as a single optimized structure for specific parameters, then the performance for those specific parameters is improved, but the development time for new configurations is increased
Solution Approach 1:
The common base structure is pre-designed and pre-engineered with standardized interfaces and mounting systems before any mission-specific modules are attached. This preliminary preparation of the base structure with universal compatibility features allows mission modules to be quickly integrated without requiring re-engineering or extensive development time for each new configuration.
Solution Approach 2:
By segmenting the turret into pre-developed base structure and mission modules, the development process is divided into independent parallel tracks. The base structure can be developed once and reused, while mission modules can be developed separately and interchangeably attached, significantly reducing the total development time compared to designing complete turrets from scratch for each mission.
3Reliability
If a turret is designed as a single optimized structure for specific parameters, then the performance for those specific parameters is improved, but the economic efficiency for multiple users is reduced
Solution Approach 1:
The common base structure incorporates universal interfaces, standardized mounting points, and compatible control systems that can work with multiple types of mission modules from different manufacturers or configurations. This universality allows different users to interchange modules on the same base structure, enabling economic efficiency through shared platforms while maintaining optimized performance for each user's specific mission requirements.
Solution Approach 2:
Segmenting the turret into a shared common base structure and interchangeable mission modules allows multiple users to share the expensive base structure while only paying for the specific mission modules they need. This segmentation enables economic efficiency by reducing duplication of common systems across different user configurations while maintaining specialized performance through modular attachments.
Data Source
AI summary
A modular turret for an armored vehicle includes: an invariable and unique basic structural unit configured to be interchangeable, called a standard shell, equipped with interface means; and a plurality of interchangeable and removable functional modules and/or systems securable to the standard shell by specific fastening means distinctive from a connection of each functional module to the standard shell. The interface means allow an assembly of a set of different modules and/or systems of a same functional type on the standard shell at an interfacing zone on the latter. The standard shell includes an assembly of a plurality of plates with different shapes and sizes giving the standard shell a geometric shape with fixed dimensions. The plates have orifices and/or connectors for fastening the interchangeable and removable functional modules and/or systems. The plurality of plates includes a base metal sheet including a base of the standard shell.